"strong entanglement" is a correct and usable phrase in written English.
It is commonly used in the fields of physics and quantum mechanics to describe a state where two or more particles are deeply connected or intertwined. It can also be used metaphorically to describe a close, complicated relationship or situation. Example: The scientists observed a strong entanglement between the two photons, which allowed them to transmit information instantaneously. Example: Despite their strong entanglement, the two countries were unable to come to a peaceful resolution.
We first investigate the interpolation problem between the strong entanglement breaking maps and countably decomposable separable states.
The storage and loss modulus of the composites both increased at all temperatures by introducing rigid MWCNTs, indicating an improved stiffness of composites and strong entanglement between POM and MWCNTs.
Strong entanglement can arise, for example, near a phase transition, or after a non-equilibrium evolution [116].
Tensor network methods are only applicable if there is a network structure to the Hilbert space and often fail in the presence of strong entanglement between contiguous bipartite subspaces [112], with this sensitivity to entanglement being much greater with two- or higher-dimensional models.
For the above reasons, quantum devices are expected to be crucial for large network (e.g. lattice) models, featuring Fermions or frustration and strong entanglement, or non-network based many-body models featuring states with strong correlations that are difficult to describe with DFT.
where ρ ˆ is the density matrix of the subsystem A. The nearest-neighbor dimerized states, | Ψ ± 〉 of Eq. (9), are characterized by a strongly alternating behavior of the entanglement entropy, as shown in Figure 3: A cut through every second bond will yield strong entanglement, S = 1, as the spins ℓ and ℓ + 1 are dimerized, whereas on the other bonds no quantum information is shared, S = 0.
However, the yield strain was likely dependent on the strongest entanglements within the NFC network, which were broken by each repeat of the sol-to-gel transition and hence the yield strain was decreased with each repeat.
Our results support a model in which the hydrophobic curli fibers associated with bacteria near the air-liquid interface require access to the gas phase to formed strong physical entanglements and to form a network that can support shear stress.
It can be seen from Figure 3a that the pure MWCNTs are smooth and flexible, forming strong intertwined entanglements with a three-dimensional (3-D) network structure.
It has been reported that much stronger physical entanglement interactions can be realized through thicker coating layers on the nanofibers that function as bridges, or transition zones, to enhance entanglements between the nanofibers and non-polar polymers, e.g. polyethylene [15 17].
P MMA-b-MAA-b-MMA) with longer MMA segment self-assembles via the closed association mechanism through stronger self-entanglement of MMA chains, whereas P MMA-b-MAA-b-MMA) with shorter MMA chain self-assembles via the oP MMA-b-MAA-b-MMAechanism, as confirmed by transmission electron microscoP MMA-b-MAA-b-MMA
